aya/engine/network/src/Replicator.StatsItem.cpp

#include "DataModel/DataModel.hpp"
// d9mz - member access into incomplete type 'DataModel'
#include "Replicator.StatsItem.hpp"
#include "Script/ScriptContext.hpp"
#include "ClientReplicator.hpp"

using namespace Aya;
using namespace Network;

struct JobInfo
{
    double dutyCycle;
    double stepsPerSecond;
    double stepTime;
    int count;

    JobInfo()
        : dutyCycle(0)
        , stepTime(0)
        , stepsPerSecond(0)
        , count(0)
    {
    }
};

void DeserializedStatsItem::process(Replicator& replicator)
{
    ClientReplicator* rep = aya_static_cast<ClientReplicator*>(&replicator);
    rep->statsReceivedSignal(stats);
}

void writeTaskSchedulerStats(DataModel* dm, RakNet::BitStream& bitStream)
{
    std::vector<boost::shared_ptr<const TaskScheduler::Job>> jobs;
    TaskScheduler::singleton().getJobsInfo(jobs);

    boost::unordered_map<std::string, JobInfo> aggregatedJobInfos;

    // BitStream:
    // end flag (bool)
    // job name (string)
    // duty cycle (float)
    // steps per second (float)
    // step time (float)

    for (std::vector<boost::shared_ptr<const TaskScheduler::Job>>::iterator iter = jobs.begin(); iter != jobs.end(); iter++)
    {
        shared_ptr<const TaskScheduler::Job> job = *iter;
        if (job->getArbiter().get() != dm)
            continue;

        const std::string& name = job->name;

        JobInfo& info = aggregatedJobInfos[name];
        info.dutyCycle += job->averageDutyCycle();
        info.stepsPerSecond += job->averageStepsPerSecond();
        info.stepTime += job->averageStepTime();
        info.count++;
    }

    // calculate replicator job averages and write to bit stream
    for (boost::unordered_map<std::string, JobInfo>::iterator iter = aggregatedJobInfos.begin(); iter != aggregatedJobInfos.end(); iter++)
    {
        bitStream << false; // more items

        bitStream << iter->first;
        bitStream << (float)(iter->second.dutyCycle / iter->second.count);
        bitStream << (float)(iter->second.stepsPerSecond / iter->second.count);
        bitStream << (float)(iter->second.stepTime / iter->second.count);
    }
    bitStream << true; // done with jobs
}

void writeScriptStats(DataModel* dm, RakNet::BitStream& bitStream)
{
    ScriptContext* sc = dm->find<ScriptContext>();
    std::string scriptsJson;
    sc->setCollectScriptStats(true);

    std::vector<ScriptContext::ScriptStat> scriptStats;
    sc->getScriptStatsTyped(scriptStats);

    for (std::vector<ScriptContext::ScriptStat>::iterator iter = scriptStats.begin(); iter != scriptStats.end(); iter++)
    {
        bitStream << false; // more stats info

        bitStream << iter->name;
        bitStream << (float)iter->activity;
        bitStream << (int)iter->invocationCount;
    }
    bitStream << true; // done with stats info
}

bool Replicator::StatsItem::write(RakNet::BitStream& bitStream)
{
    writeItemType(bitStream, Item::ItemTypeStats);

    float totalPhysicsFPS = 0;
    float dataPacketsTotal = 0;
    float dataSizeTotal = 0;
    float physicsPacketsTotal = 0;
    float physicsSizeTotal = 0;
    float totalPing = 0;
    float totalNewDataItems = 0;
    float totalSentDataItems = 0;

    Instances::const_iterator end = replicator.getParent()->getChildren()->end();
    for (Instances::const_iterator iter = replicator.getParent()->getChildren()->begin(); iter != end; ++iter)
    {
        // accumulate stats for all replicator
        if (Replicator* r = Instance::fastDynamicCast<Replicator>(iter->get()))
        {
            const ReplicatorStats& s = r->stats();
            totalPhysicsFPS += r->stats().physicsSenderStats.physicsPacketsSent.rate();
            dataPacketsTotal += r->stats().dataPacketsSent.rate();
            dataSizeTotal += r->stats().dataPacketsSentSize.value();
            physicsPacketsTotal += r->stats().physicsSenderStats.physicsPacketsSent.rate();
            physicsSizeTotal += r->stats().physicsSenderStats.physicsPacketsSentSize.value();
            totalPing += r->stats().dataPing.value();
            totalNewDataItems += (float)s.dataNewItemsPerSec.getCount();
            totalSentDataItems += (float)s.dataItemsSentPerSec.getCount();
        }
    }

    int numChildren = replicator.getParent()->numChildren();

    switch (version)
    {
    case 2:
    {
        DataModel* dm = DataModel::get(&replicator);
        writeTaskSchedulerStats(dm, bitStream);
        writeScriptStats(dm, bitStream);
    }
        // fall through
    case 1:
    {
        bitStream << (totalPing / numChildren);                        // average ping
        bitStream << (totalPhysicsFPS / numChildren);                  // average physics sender fps
        bitStream << dataPacketsTotal * dataSizeTotal / 1000.0f;       // total data KB per sec
        bitStream << physicsPacketsTotal * physicsSizeTotal / 1000.0f; // total physics KB per sec
        bitStream << totalSentDataItems / totalNewDataItems;           // data throughput
    }
    default:
        break;
    }

    return true;
}

shared_ptr<DeserializedItem> Replicator::StatsItem::read(Replicator& replicator, RakNet::BitStream& bitStream)
{
    shared_ptr<DeserializedStatsItem> deserializedData(new DeserializedStatsItem());

    ClientReplicator* rep = aya_static_cast<ClientReplicator*>(&replicator);
    deserializedData->stats = rep->readStats(bitStream);

    return deserializedData;
}